Chapter 1: Review: The OSI Reference Model and Routing Outline:
Chapter Overview |
1.1 | The OSI Reference Model and the Problems It Solves
1.1.1 | The layered network model: The OSI reference model
1.1.2 | The OSI model layers
1.1.3 | Peer-to-peer communication
1.1.4 | Encapsulation
1.2 | The Physical Layer of the OSI Reference Model
1.2.1 | Three categories of Ethernet
1.2.2 | Three varieties of 10Mbps Ethernet
1.3 | The Data Link Layer of the OSI Reference Model
1.3.1 | Lock analogy for NICs
1.3.2 | Data transport across the physical link connecting hosts, routers, and other devices
1.4 | Network Layer Functions
1.4.1 | Layer 3 protocols of the TCP/IP stack
1.4.2 | Network and subnetwork addresses in the IP
1.4.3 | Path determination in the contexts of packets and routers
1.4.4 | Why Layer 3 addresses must contain both path and host information
1.4.5 | Types of ICMP messages
1.4.6 | ping command
1.4.7 | ARP
1.5 | Routing and the Different Classes of Routing Protocols
1.5.1 | Routing in a mixed LAN-media environment
1.5.2 | Two basic operations a router performs
1.5.3 | Static and dynamic routes
1.5.4 | Default route
1.5.5 | Routed and routing protocols
1.5.6 | Information that routers use to perform their basic functions
1.5.7 | IP routing protocols
1.5.8 | Network convergence
1.5.9 | Distance vector routing
1.5.10 | Link-state routing
1.5.11 | Distance vector and link state routing
1.5.12 | Enabling an IP routing process
1.5.13 | Configuring RIP
1.6 | The Transport Layer of the OSI Reference Model
1.6.1 | "Reliable" transport
1.6.2 | Layer 4 segmentation
1.6.3 | The three-way handshake
1.6.4 | Why is a buffer used in data communications
1.6.5 | Windowing
1.6.6 | Explain reliability via acknowledgment
Chapter Summary Chapter Quiz |